High‑Precision Temperature Chamber

Our High‑Precision Temperature Chamber was developed within an Innosuisse research project to enable ultra-accurate temperature measurements and extremely sensitive thermal analysis. With an exceptional temperature stability of ±10 mK, the system makes even the smallest heat signals detectable.

What makes this temperature chamber unique?

• Ultra-stable temperature control (±10 mK)
• High‑resolution temperature sensors
• Controlled, low‑Temperature variation environment

Current Application: Battery Research

The temperature chamber is currently used in battery chemistry, where precise temperature control is essential. It enables detailed analysis of:

•  Heat generation during charge/discharge cycles
• Reaction heat of electrode materials
• Efficiency of electrochemical processes
• Safety characteristics of next‑generation batteries

Additional Applications

• Precision Laboratory Measurements: Ideal for experiments where even minimal temperature fluctuations impact results.
• Medical Diagnostics: Provides a stable environment for sensitive blood and urine analyses.
• Chemical Research: Enables accurate monitoring and analysis of thermally driven reactions.

Adaptable to future Applications

System is modular, and flexible. We can adapt it to your application

Prototype: 16‑Channel Calorimeter Platform

The first prototype includes 16 simultaneous measurement channels, combining temperature and heat‑flux sensing. It is ready for laboratory and industrial R&D use.

Measurement Example: Temperature Stability

Inside the chamber, temperature stability approaches the resolution limit of the sensors, enabling detection of extremely small thermal signals.